Note: Price is based on given specs. For other specifications, please submit an inquiry.
The Stability of Floating Bodies is a fundamental concept in fluid mechanics and naval architecture, explaining why floating objects such as ships, boats, and pontoons remain upright or capsize when disturbed. To understand this concept practically, engineering institutions use a Stability of Floating Bodies Apparatus, an essential laboratory setup designed to demonstrate the behavior of floating bodies under different loading conditions.
Supplied by trusted platforms like Scilabstore and scilabex.com, this apparatus is widely used in mechanical, civil, and marine engineering laboratories across India and international markets.
What is Stability of Floating Bodies?
The stability of a floating body refers to its ability to return to its original equilibrium position after being tilted or disturbed by an external force such as wind, waves, or load shift.
A floating body is considered:
-
Stable if it returns to its original position
-
Unstable if it moves further away from equilibrium
-
Neutral if it stays in its new position
This behavior is governed by the relative positions of:
-
Center of Gravity (G)
-
Center of Buoyancy (B)
-
Metacenter (M)
Importance of Studying Stability of Floating Bodies
Understanding floating body stability is critical in:
The Stability of Floating Bodies apparatus helps students and engineers validate theoretical principles through real-time experiments.
Principle of Stability of Floating Bodies
When a body floats in a fluid, it displaces a volume of fluid equal to its weight. The buoyant force acts vertically upward through the center of buoyancy (B).
When the body is tilted:
Metacentric Height (GM)
-
If M is above G → Stable equilibrium
-
If M coincides with G → Neutral equilibrium
-
If M is below G → Unstable equilibrium
The metacentric height (GM) is a key parameter measured using the laboratory apparatus.
Stability of Floating Bodies Apparatus – Overview
The Stability of Floating Bodies Apparatus is a lab-scale experimental setup designed to:
-
Demonstrate floating body behavior
-
Measure metacentric height
-
Analyze stability conditions under different loads
It typically consists of a floating vessel placed in a water tank with adjustable weights and angular measurement mechanisms.
Key Components of the Apparatus
-
Floating pontoon or vessel model
-
Water tank (transparent or MS construction)
-
Adjustable weights for load variation
-
Vertical scale and plumb bob
-
Angular displacement indicator
-
Rigid supporting frame
-
Measuring scale for metacentric height calculation
Working of Stability of Floating Bodies Apparatus
-
The floating body is placed in a water tank
-
Weights are added symmetrically to maintain equilibrium
-
A known weight is shifted laterally
-
The body tilts, causing angular displacement
-
The angle of heel is measured
-
Metacentric height is calculated using standard formulas
This experiment allows accurate study of stability behavior under controlled conditions.
Key Features of Stability of Floating Bodies Apparatus
1. Accurate Experimental Design
Designed according to fluid mechanics lab standards.
2. Clear Observation
Allows students to visually observe floating body behavior.
3. Adjustable Load System
Weights can be added or shifted for multiple test conditions.
4. Durable Construction
Manufactured using corrosion-resistant materials for long lab life.
5. Compact & User-Friendly
Requires minimal space and easy operation.
6. Educational Compliance
Meets curriculum requirements of engineering universities and technical institutes.
Applications – Where is it Used?
Engineering Colleges & Universities
Polytechnic Institutes
Marine & Naval Training Institutes
Research & Training Centers
Who Uses Stability of Floating Bodies Apparatus?
-
Mechanical engineering students
-
Civil engineering students
-
Marine engineering students
-
Lab instructors and professors
-
Research scholars
-
Hydraulic and naval engineers
Global Demand and International Usage
With growing emphasis on hands-on engineering education, laboratory equipment like the Stability of Floating Bodies apparatus is in demand worldwide.
International Markets
-
Middle East
-
Africa
-
Southeast Asia
-
Europe
-
Australia
-
South America
International institutions prefer equipment that is:
Why Choose Scilabstore and scilabex.com?
Scilabstore and scilabex.com are recognized as trusted suppliers of laboratory and educational equipment. Their Stability of Floating Bodies apparatus offers:
-
✔ High manufacturing quality
-
✔ Precise experimental accuracy
-
✔ Long service life
-
✔ Academic curriculum compatibility
-
✔ PAN India delivery support
-
✔ International export services
Their commitment to quality and customer satisfaction makes them a preferred choice for institutions globally.
PAN India & International Delivery
Scilabstore provides:
-
Reliable delivery across all Indian states
-
Safe packaging for laboratory instruments
-
Support for government and private institutions
For international buyers:
Benefits of Studying Stability of Floating Bodies Experimentally
-
Enhances conceptual clarity
-
Bridges theory with real-world applications
-
Improves analytical and experimental skills
-
Builds foundation for ship design studies
-
Encourages hands-on learning
Frequently Asked Questions (FAQs)
Q1. What is the main objective of this experiment?
To determine metacentric height and study stability conditions of floating bodies.
Q2. Is it suitable for diploma courses?
Yes, it is suitable for both diploma and degree engineering programs.
Q3. Can it be used for marine engineering studies?
Yes, it is widely used in basic naval architecture and marine engineering labs.
Q4. Does Scilabstore provide international delivery?
Yes, PAN India and international delivery options are available.
Q5. Is technical support provided?
Yes, operational guidance and support are available.
